Hi Michael,
You would seem to be of similar character to myself.
I never pass the opportunity to strip "useful" parts from scrapped machines!
Remember to keep all those little plastic gears, toothed belts and pulleys, springs, stepper motors, etc, etc, as well.
All the best,
Ian
On 15 Aug 2016, at 01:59, 'Michael Jablonski' michaeljab@cox.net [7x12minilathe] <7x12minilathe@yahoogroups.com> wrote:
Hello Ian,I really don't have any use for it right now, I just didn't want to throw something out that might have a use in the future.For now it will sit in the draw in a tube until I find a need or use for it.I searched for any You Tube videos where they use an inkjet's rod in an alignment testing situation but could not find any. I had seen these inkjet rods mentioned in this group, but maybe nobody has actually used one.
Thanks for your input.Michael - California, USA
Micro-Mark MicroLux 7x16
LMS 3990 Hi-Torque Mill with power feed-----Original Message-----
From: 7x12minilathe@yahoogroups.com [mailto:7x12minilathe@yahoogroups.com]
Sent: Sunday, August 14, 2016 5:00 PM
To: 7x12minilathe@yahoogroups.com
Subject: Re: [7x12minilathe] Test bar from inkjet printer
Hi Michael,It is a myth that the bars from the inside of printers are made to extreme levels of accuracy - they are no better than normal ground stock, but usually have the advantage of being free if you can be bothered to strip down machines being thrown out.Whether the bar will make a useful "test bar" depends on what you are trying to test....All the best,Ian
On 15 Aug 2016, at 00:38, 'Michael Jablonski' michaeljab@cox.net [7x12minilathe] <7x12minilathe@yahoogroups.com> wrote:Well yesterday I disassembled my old inkjet printer (Epson 740). This was done to remove the printer's print head carriage rod which several people here have said would make a good test bar.First let me say that this particular printer does not come apart very easily. I don't know how many tiny Philips head screw needed to be removed, but it was a lot! After thinking several times that this was not worth all the time and effort, I was finally able to remove the print head carriage rod.The rod is about 14.5 inches long but is only 9 mm (0.354") in diameter. Each end is turned down to 0.120" about 0.250" long. I was hoping that the rod would have been center drilled on each end, but no such luck.I haven't done anything with it yet, but was concerned that the 9mm diameter was a little on the thin side, and that either sag or flex of the rod would render the measurement readings inaccurate.Opinions?
Michael - California, USA
Micro-Mark MicroLux 7x16
LMS 3990 Hi-Torque Mill with power feed
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Posted by: Ian Newman <ian_new@yahoo.com>
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